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Byju's Answer
Standard IX
Mathematics
Area of a Triangle
ABCD is a par...
Question
ABCD is a parallelogram, G is the point on AB such that
A
G
=
2
G
B
. E is a point on DC such that
C
E
=
2
D
E
and F is a point of BC such that
B
F
=
2
F
C
. Prove that
a
r
(
δ
E
G
B
)
=
1
6
a
r
(
A
B
C
D
)
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Solution
REF.Image.
a
r
(
E
G
B
)
=
1
2
×
x
×
h
a
r
(
A
B
C
D
)
=
3
x
×
h
a
r
(
E
G
B
)
a
r
(
A
B
C
D
)
=
1
2
x
h
3
x
h
=
1
6
a
r
(
E
G
B
)
a
r
(
A
B
C
D
)
=
1
6
⇒
a
r
(
E
G
B
)
=
1
6
a
r
(
A
B
C
D
)
Hence proved
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0
Similar questions
Q.
ABCD is a parallelogram, G is the point on AB such that
A
G
=
2
G
B
. E is a point on DC such that
C
E
=
2
D
E
and F is a point of BC such that
B
F
=
2
F
C
. Prove that
a
r
(
△
E
F
C
)
=
1
2
a
r
(
△
E
B
F
)
Q.
ABCD is a parallelogram, G is the point on AB such that
A
G
=
2
G
B
. E is a point on DC such that
C
E
=
2
D
E
and F is a point of BC such that
B
F
=
2
F
C
.Then area of
△
E
F
G
=
5
18
of area of ABCD.
Q.
ABCD is a parallelogram, G is the point on AB such that AG = 2 GB, E is a point of DC such that CE = 2DE and F is the point of BC such that BF = 2FC. Prove that:
(i) ar (ADEG) = ar (GBCE)
(ii) ar (Δ EGB) =
1
6
ar (ABCD)
(iii) ar (Δ EFC) =
1
2
ar (Δ EBF)
(iv) ar (Δ EBG) = ar (Δ EFC)
(v) Find what portion of the area of parallelogram is the area of Δ EFG